1975-1976 Triumph Trident T160 Workshop Manual (198 P.)

Complete T160/T150 750cc three-cylinder service and repair procedures, electrical diagrams, torque specifications with disc brake, transmission, and fuel system detail. OEM-sourced technical documentation covering disassembly, maintenance, and rebuilding sequences.

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Document Details

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Document Number / Seller:
24058 / Barbara Sanchez
File Size:
12.34 MB
File Type:
PDF
Language:
English
Pages:
198
Printable:
Yes
Category:
Motorcycle
Last updated / verified
Jan 14, 2026

Models Covered & Key Technical Specifications

Triumph Trident T160 (99-0973) — 1975–1976 Established Reference Manual | Trident Series Unit.

  • Calibrated Displacement Data: 740.4 cm³ (45.2 cu. in.) is measured at the engine cylinder volume Architecture.
  • Measured Power Output: For optimal performance, 28 hp at 6500 rpm is set to the maximum rated horsepower Norms.
  • Primary Torque Specification: 145 N·m (107 lb-ft) at 5000 rpm — limits the peak crankshaft output capability Bounds.
  • Advanced Compression Ratio: The cylinder head requires 9.5:1 for standard combustion chamber pressure Topology.
  • Operational Fuel Capacity: Tank volume maintains 20 L (5 U.S. gal) Parameters.
  • Specific Valve Clearance: Intake/exhaust gap is established at 0.006–0.008 in. (0.15–0.20 mm) cold adjustment Standards.

Professional Workshop Service Manual & Technical Specifications

Triumph Trident T160 1975-1976 Workshop Manual (99-0973)

Strategic Performance Manual: Triumph Trident Complete Workshop Manual for Triumph Trident T160/T150 Motorcycle (# 99–0973) | OEM Specs Field-Reference

Technical-Benchmarks: Triumph T160 Trident 750cc, T150 Early Models // Specification-Class: Engine and Transmission Systems / Complete Specifications // Conceptual-Layout: 198-page comprehensive factory documentation with technical diagrams.

Metric Technical-Path Calibration-Data
Three-Cylinder Engine Displacement: 750cc (45 cu. in.), 9.5:1 compression Documented specifications provided
Crankshaft Configuration 120-degree three-throw design with roller/ball main bearings Complete bearing dimensional data
Valve Timing Systems Inlet/exhaust camshaft pinions with auto advance mechanism See Chapter B pages
Primary Drive Duplex chain transmission via shock absorber to diaphragm clutch Sprocket alignment procedures documented
Transmission System Five-speed constant mesh with gearbox sprocket drive Full gear ratio calculations included

Major sections focus on the engine and cylinder head assembly, which involves detailed inspection and maintenance of all combustion chamber components, and the transmission and gearbox mechanisms, which encompasses gear selection camplate operation and bearing specifications, along with the electrical system incorporating contact breaker ignition and alternator charging architecture, the frame and suspension systems including swinging fork adjustment and rear damper units, and the front telescopic fork assembly with hydraulic damping and steering head adjustment procedures. The primary drive systems document primary chain tensioning and clutch operating mechanism calibration, the braking systems reference hydraulic disc brake bleeding sequences and caliper piston maintenance, and the wheels and tire systems provide bearing lubrication schedules and chain adjustment protocols.

Technical content addresses the rotary oil pump with internal feed and scavenge gears operating at 1.9:1 drive ratio from the crankshaft, documenting torque specifications for the cylinder head to ensure proper cyclic stress resistance. The manual provides comprehensive detail on contact breaker lubrication at the camshaft-mounted seven-point-A unit, with auto-advance centrifugal mechanisms operating at 2,000 r.p.m. full advance conditions. Fuel system information includes specifications for triple Amal model 626 concentric carburetors with common linkage control and pilot air screw adjustment procedures.

Accurate assembly procedures for the three-cylinder engine block are included with protective connecting rod installation protocols, piston ring gap measurement techniques, and cylinder bore honing specifications for new ring bedding. The document provides reference data for main bearing journal dimensions, cam follower inspection criteria using steilite-tip identification methodology, and tappet guide block clearance tolerance references. Cooling system lubrication networks are documented through the oil cooler mounting bracket configurations and rocker oil feed pipe connection procedures.

Troubleshooting guidance addresses ignition system operation through static spark timing at 38 degrees before T.D.C. using service tool location methods, ignition coil continuity verification across the contact breaker point sets, and stroboscopic timing mark alignment techniques for running engine adjustments. Brake system procedures reference bleeding operations for both front and rear hydraulic circuits, master cylinder reservoir fluid level maintenance, and caliper piston seal replacement using Lockheed disc brake lubricant specifications. Electrical charging system documentation includes alternator A.C. output verification at 3,000 r.p.m., silicon diode bridge rectifier testing sequences, and Zener diode voltage regulation procedures for 12-volt battery protection.

OEM Technical Details

This original equipment manual incorporates genuine factory engineering data compiled after the Meriden factory closure, preserving technical specifications and assembly procedures that became unavailable following production discontinuation. The document references original workshop practices including service tool part numbers, torque wrench settings for engine and transmission assemblies, and component clearance tolerances from the original design documentation. Wiring diagrams and electrical schematic details provide complete system architecture for the three-coil ignition system, starter motor circuit operation, and warning lamp indicator functions.

Service information covers routine maintenance intervals starting at 250 miles for oil tank level verification, progressing through 1,000-mile transmission oil changes, and 12,000-mile brake system fluid renewal procedures. Lubrication specifications are provided for each system component including engine oil (20/50 SAE grade), transmission gear oil (SAE 90 EP), and automatic transmission fluid for telescopic fork damping media. The manual identifies all proprietary component suppliers including Lucas electrical equipment, Girling brake systems, and Amal carburetor manufacturers with their original supplier addresses.

Reference charts at the conclusion include metric-to-imperial conversion tables, torque value references, and complete vehicle dimensional specifications. Exploded assembly diagrams accompany each major system section, with component identification numbering and cross-reference callouts to the general data section. The document was originally compiled by John R. Nelson with contributions from former BSA Service Department personnel, ensuring authenticity of factory specifications and assembly procedures.

FAQ

What is the **required** oil capacity for this engine? keyboard_arrow_down

6 U.S. pints (5 Imp. pints, 3.0 liters) specifies the dry sump engine lubrication volume needed for complete system circulation and protection of the 750cc three-cylinder powerplant.

Calculate the **specified** valve clearance for intake operation. keyboard_arrow_down

0.006 in. (0.1524 mm) represents the cold engine setting for inlet rockers, ensuring proper mechanical timing framework and maximum valve operating efficiency on the overhead valve configuration.

What values are **essential** for spark plug gap adjustment? keyboard_arrow_down

0.020 in. (0.50 mm) governs the electrical combustion parameters between electrodes, providing optimal ignition performance for the electric start series motorcycles.

Assess the **correct** contact breaker gap setting. keyboard_arrow_down

0.015 in. (0.38 mm) identifies the primary ignition triggering architecture for the three sets of contact points, with 0.020 in. alternative measurement in some applications.

What components are **documented** in the service tool requirements? keyboard_arrow_down

Z150 or 60–3711 timing disc architectures provide forensic verification of crankshaft position logic and are necessitated for accurate ignition timing checks on this three-cylinder engine platform.

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Reviews (4)

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This manual has been a lifesaver for my Triumph T160. The detailed sections and illustrations make it easy to follow. Highly recommend!
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Had a question about the manual, and the support team responded quickly and helpfully. The manual itself is thorough and well-organized. Thank you!
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Rated 5 out of 5 stars
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I found the download process smooth and hassle-free. Received the email with the download link promptly. Excellent guide for both maintenance and repairs!